public void removeCursor(TuioCursor cursor)
{
if (!activeEvents.ContainsKey(cursor.getSessionID()))
{
return;
}
ibheTuioEvent anEvent = activeEvents[cursor.getSessionID()];
anEvent.eventState = mtEventState.Ended;
lock (eventQueueLock) {
eventQueue.Add(anEvent);
}
activeEvents.Remove(cursor.getSessionID());
didChange = true;
}
public void newCursor(TuioCursor cursor)
{
ibheTuioEvent newEvent = new ibheTuioEvent(cursor.getSessionID());
newEvent.tuioPosition = new Vector2(cursor.getX(), (1.0f - cursor.getY()));
//switching y and z (y is up axis by default in unity)
newEvent.screenPosition = new Vector3(cursor.getX() * cameraPixelWidth, 0, (1.0f - cursor.getY()) * cameraPixelHeight);
newEvent.lastScreenPosition = newEvent.screenPosition;
newEvent.eventState = mtEventState.Began;
newEvent.xPos = cursor.getHXpos() * cameraPixelWidth;
newEvent.yPos = (1.0f - cursor.getHYpos()) * cameraPixelHeight;
newEvent.width = cursor.getWidth();
newEvent.height = cursor.getHeight();
if (cursor.getHeightPoints() != null)
{
newEvent.heights = cursor.getHeightPoints().ToArray();
}
float min = 250.0F;
for (int i = 0; i < newEvent.heights.Length; i++)
{
if (((newEvent.heights[i] / 255.0F) * -4.0F) < min)
{
min = (newEvent.heights[i] / 255.0F) * -4.0F;
}
}
newEvent.minHeight = min;
if (activeEvents.ContainsKey(cursor.getSessionID()))
{
//Already on list, remove old - add new
activeEvents.Remove(cursor.getSessionID());
}
activeEvents.Add(cursor.getSessionID(), newEvent);
// queue it up for processing
lock (eventQueueLock) eventQueue.Add(newEvent);
didChange = true;
}
public void updateCursor(TuioCursor cursor)
{
if (!activeEvents.ContainsKey(cursor.getSessionID()))
{
return;
}
ibheTuioEvent anEvent = activeEvents[cursor.getSessionID()];
anEvent.lastScreenPosition = anEvent.screenPosition;
anEvent.screenPosition = new Vector3(cursor.getX() * cameraPixelWidth, 0, (1.0f - cursor.getY()) * cameraPixelHeight);
anEvent.tuioPosition = new Vector2(cursor.getX(), (1.0f - cursor.getY()));
anEvent.eventState = mtEventState.Moved;
anEvent.xPos = cursor.getHXpos() * cameraPixelWidth;
anEvent.yPos = (1.0f - cursor.getHYpos()) * cameraPixelHeight;
anEvent.width = cursor.getWidth();
anEvent.height = cursor.getHeight();
if (cursor.getHeightPoints() != null)
{
anEvent.heights = cursor.getHeightPoints().ToArray();
}
float min = 250.0F;
for (int i = 0; i < anEvent.heights.Length; i++)
{
if (((anEvent.heights[i] / 255.0F) * -4.0F) < min)
{
min = (anEvent.heights[i] / 255.0F) * -4.0F;
}
}
anEvent.minHeight = min;
//calibrate
//Matrix mat = Matrix.Translate(xTCalib, yTCalib, 0.0F);
//anEvent.xPos = mat.TransformVector( anEvent.xPos );
lock (eventQueueLock) eventQueue.Add(anEvent);
didChange = true;
}
public void newCursor(TuioCursor cursor)
{
ibheTuioEvent newEvent = new ibheTuioEvent(cursor.getSessionID());
newEvent.tuioPosition = new Vector2(cursor.getX(),(1.0f - cursor.getY()));
//switching y and z (y is up axis by default in unity)
newEvent.screenPosition = new Vector3(cursor.getX() * cameraPixelWidth, 0,(1.0f - cursor.getY()) * cameraPixelHeight);
newEvent.lastScreenPosition = newEvent.screenPosition;
newEvent.eventState = mtEventState.Began;
newEvent.xPos = cursor.getHXpos() * cameraPixelWidth;
newEvent.yPos = (1.0f - cursor.getHYpos()) * cameraPixelHeight;
newEvent.width = cursor.getWidth();
newEvent.height = cursor.getHeight();
if( cursor.getHeightPoints() != null)
newEvent.heights = cursor.getHeightPoints().ToArray();
float min = 250.0F;
for(int i=0; i < newEvent.heights.Length; i++)
{
if(((newEvent.heights[i] / 255.0F)*-4.0F) < min)
min = (newEvent.heights[i] / 255.0F) * -4.0F;
}
newEvent.minHeight = min;
if (activeEvents.ContainsKey(cursor.getSessionID())) {
//Already on list, remove old - add new
activeEvents.Remove(cursor.getSessionID());
}
activeEvents.Add( cursor.getSessionID(), newEvent );
// queue it up for processing
lock (eventQueueLock) eventQueue.Add(newEvent);
didChange = true;
}
